The increasing prevalence of emerging pollutantsEmerging Pollutants (EPs) in wastewaterWastewater treatmentTreatment necessitatesChemicals investigatingTechnologies advanced and scientifically innovative treatmentTreatment methods. Implementing novelNovel approaches is crucial in addressing the complex chemicalChemicals compositions and persistentPersistent characteristicsCharacteristics of emerging pollutantsEmerging Pollutants (EPs), such as those found in pharmaceuticalsPharmaceuticals, personal care items, and industrial chemicalsChemicals. Advanced Oxidation Processes (AOPs)Advanced Oxidation Processes (AOPs), such as photocatalysisPhotocatalysis and ozonationOzonation, use potent oxidizing agents to break down the emerging pollutantEmerging Pollutants (EPs) complexes. MembraneMembranes-based technologiesTechnologies, such as nanofiltrationNanofiltration and reverse osmosisReverse osmosis, facilitate the precise segregation of pollutantsPollutants by exploiting their molecular size, hence aiding in removing refractory compounds. Simultaneously, nanotechnology interventions include the deliberate use of nanoparticlesNanoparticles for specific adsorptionAdsorption or catalytic degradation, offering an advanced and efficient method of removing emerging pollutantsEmerging Pollutants (EPs). These novelNovel treatmentTreatment alternatives demonstrate the scientific community's dedication to tackling emerging contaminantsContaminants. It emphasizes the necessity for collaborative research and technological progress to effectively and accurately address the complexities of modern wastewaterWastewater treatmentTreatment.